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Rad hard MOSFETs & ICsproduct selectorwww.infineon.com/irhirel

With the introduction of the industry's first rad hard MOSFETin 1987 to its latest generation of devices, IR HiRel hascontinually exceeded engineers expectations.

ContentsHigh-reliability power conversionsolutions for spaceSynchronous rectifier single MOSFETs14Dual MOSFETs (N- & P-channel)144R9 superjunction technology:greater density, lower power losses5Quad MOSFETs (N- & P-channel)14Advanced packaging simplifies design6Gate driver ICs14Screening & QCI6Rad hard MOSFET nomenclature15Process flow7QCI sample selection & tests7Standard gate single PowerMOStransistors (N-channel)161718Standard gate single MOSFETs (N-channel)8Standard gate single MOSFETs (P-channel)12Standard gate single PowerMOStransistors nomenclatureLogic level gate single MOSFETs (N-channel)13ESD class & package overviewLogic level gate single MOSFETs (P-channel)133

High-reliability power conversionsolutions for spaceSpace and other harsh environment applications poseunique challenges for system designers. Electronics must beable to withstand severe thermal, mechanical, and radiationconditions with expected lifespans measuredin decades.Infineon, along with its IR HiRel subsidiary, is your source forhigh-reliability electronics for space use. We offer a uniqueportfolio of high-reliability, radiation-hardened (rad hard)power management solutions for extreme environments,such as those found in space, aerospace, defense and otherindustries. Our extensive portfolio includes:› Standard and custom high-reliability, rad hard and›››ruggedized discretes and integrated circuitsMicrowave transistors and diodesDefense, space and high temperature DC-DC convertersOther space componentsOur HiRel products are used throughout spacecraft electricalpower systems, and proven across thousands of programsglobally that are still in flight today. Whether you’re designingsatellite buses, payloads, RF communications, or otherspacecraft systems, we offer a broad selection of rad hardsolutions qualified to European Space Agency (ESA) andDefense Logistics Agency (DLA) standards for ourglobal customers.4Decades of space heritage in thousands of programsAn Infineon Technologies company, IR HiRel is a leader inrad hard power MOSFETs, having invented the HEXFET MOSFET in 1977 and becoming the first manufacturer tooffer rad hard power MOSFETs for space in 1987. Sincethen, IR HiRel has continuously innovated in silicondesign, packaging technology and quality with US DoDDLA QPL products up to MIL-PRF-19500 JANS level.Infineon is likewise renowned globally in the spacecommunity for its flight heritage, having qualified theworld’s first rad hard superjunction MOSFET technologyin 2012, and offering device qualification for its rad hardPowerMOS transistor portfolio per ESA ESCC 5000.Customers benefit from our unparalleled expertise inpower MOSFET radiation requirements. Our products andsolutions are engineered for optimal performance andlongevity in extreme environmental conditions, includingexposure to severe ionizing radiation in space. Together,Infineon and IR HiRel offer the broadest portfolio of spacepower MOSFETs for applications in geosynchronous andgeostationary orbit (GEO), Medium Earth Orbit (MEO)and Low Earth Orbit (LEO).

R9 superjunction technology:greater density, lower power lossesOur new R9 superjunction technology platform offers notablesize, weight and power improvements over prior rad hardMOSFET generations, delivering superior performance andefficiencies with a well-known gate drive setup. A simpledrop-in to the same circuit designs yields immediateefficiency improvements. In systems such as high-throughputsatellites, using R9-based rad hard MOSFETs can significantlyreduce cost-per-bit ratio. Our radiation-hardened N- andP-channel R9 MOSFETs are engineered for mission-criticalapplications requiring an operating life up to and beyond 15years, such as:› Space-grade DC-DC converters› Intermediate bus converters› Motor controllers› Other high-speed switching designs› High-side, low frequency load switching› Overload protection switchingRad hard power MOSFET technologies136010005000-R96IRComp.2p.R7R7 logic level FET21001500mArchitecture and synchronous rectificationR822502000CoR8 PoL FET: for distributed power2500-Rexpands use of synchronous rectification32003000IRR9 high performance FET35001R9Figure of MeritR9 vs. competitioneasy driving - bipolar replacementR6R5R9 rad hard MOSFET technology outperforms thecompetition with a 30 percent improvement in FoM 1.R41Figure of Merit is RDS(on) x QG (Gate Charge)5

Advanced packaging simplifies designSystem designers are often challenged by making a reliableattachment of surface mount hermetic power packages toPCBs. Thermal expansion mismatch of the board and powerpackage require unique solutions for extreme environmentapplications.package on a carrier. IR HiRel has performed board-levelqualification testing of the SupIR-SMD, details of which are inIR HiRel’s application note 1222.Our new SupIR-SMD package delivers a superior solution forthermal expansion and heat transfer. This package is JANSqualified in accordance with MIL-PRF-19500, the quality andreliability level required for space applications. The newpackage offers improved physical performance parameterscompared to the nearest packaging solution, the SMD-2SupIR-SMDScreening & QCIOur customers’ applications demand high-reliability devicesthat perform to specification in the harshest environmentsfor 15 years and longer. Mission and product assurance arekey priorities. To ensure top performance and operability,our products undergo rigorous screening and qualityconformance inspections (QCI).Infineon and IR HiRel perform 100% screening of allcomponents in accordance with specified quality levels.Additional testing eliminates nonconforming parts,increasing confidence in the reliability of long-lasting,high performance specification compliance.Our high-reliability products also undergo various levelsof periodic quality conformance testing. Both the US andEuropean communities have developed specificationsdetailing quality conformance testing sequence.› US DLA specifications, MIL-PRF-19500 and MIL-STD-750,›6govern the quality conformance testing sequenceperformed on discrete MOSFET semiconductorsmanufactured to JANS or JANTXV levels.In Europe, ESA’s ESCC 5000 is the standard for discretesemiconductors, hermetically sealed and die.We offer rad hard power MOSFETs and diodes withthe following screening and QCI levels based onDLA MIL-PRF-19500:› DLA approved Qualified Product List (QPL) with S-level›››screenings to MIL-PRF-19500, sold under military partnumber starting with JAN branded prefix under DLAapproved slash sheet. JANS is the most rigorous levelof screening and acceptance requirements available toassure the performance, quality and reliability of discretesemiconductors intended for space flight applications.IR HiRel’s Qualified IR List (QIRL) with S-level equivalentscreenings to MIL-PRF-19500, manufactured and testedon the same production line with the same flow asMIL-PRF-19500 DLA approved line. QIRL partnumbers have SCS suffixes.Source Control Drawing (SCD)Commercial off the shelf (COTS) with no QCIFor customers needing ESA ESCC-5000 qualified components,we offer the following quality levels:› “P” for professional level used in Engineering Modules (EM)› “ES” for ESA space level, ESA satellites Flight Modules (FM)

Process flowProduct screening flow stepsWafer lot acceptanceAssemblyInternal visual inspectionInspection lot accumulationScreeningHigh temperature stabilization bakeTemperature cyclingConstant accelerationParticle Impact Noise Detection (PIND)Case markingSerialization (3.10.9) and case markingRadiographyThermal impedanceEAS single pulse avalanche energySOA (Safe Operating Area)Electrical / gate stress testBurn-inInitial electrical testHigh Temperature Gate Bias (HTGB)Interim electrical, delta and PDA (E.5.2)High Temperature Reverse Bias (HTRB)Final electrical test, delta and PDA (E.5.2)Outlier identification (interim and final)Final electrical test (hot)Final electrical test (cold)Outlier identification (hot and cold tests)QCI sample selection and testsFinishingSolder dipLead form (option)Hermetic seal (fine leak detection)Bubble test (gross leak detection)Case isolation (isolated devices)Group A2 electrical testOutlier identification (A2)QC final visual examinationPackaging, labelling and C of CConfiguration auditJANS(or SCS)JANTXV(or SCV)COTSESCC 5000SpecificationMIL-STD-750 MIL-STD-750 TM 2069 / ESCC 5000 F3See note 3 MIL-STD-750 TM 1051 / ESCC 5000 F3MIL-STD-750 TM 2006 / ESCC 5000 F3MIL-STD-750 TM 2052 / ESCC 5000 F3 See note 2 MIL-STD-750 TM 2076 / ESCC 5000 F3MIL-STD-750 TM 3161 / ESCC 5000 F3MIL-STD-750 TM 3470 / ESCC 5000 F3MIL-STD-750 TM 3774 / ESCC 5000 F3See note 1See note 1MIL-STD-750 TM 1042 / ESCC 5000 F3See note 1MIL-STD-750 TM 1042 / ESCC 5000 F3See note 1See note 1See note 1MIL-STD-750 TM 1071 / ESCC 5000 F3MIL-STD-750 TM 1081 / ESCC 5000 F3See note 1See note 1MIL-STD-750 TM 2071 / ESCC 5000 F3Note 1: Electrical test with read and record, test method 3403 (VTH), 3407 (BVDSS),3411 (IGSS), 3413 (IDSS), 3421 (RDS(on)), and 4011 (VSD) apply.Note 2: 100% PIND. If parts are built with die coat, screen is omitted and tested aspart of QCI.Note 3: JANS inspection lot requirements: Small lot is 1,000 parts or fewer, die mustoriginate from a single wafer lot, and built (sealed) within 31 calendar days.ESCC 5000JANSJANTXVSCSSCVQCI sample selection & testsQuality Conformance InspectionGroup A - electrical verificationGroup B - long-term performanceverification (JANS)Group B - long-term performanceverification (JANTX, JANTXV)Group C - packaging, annual (12 month),each package typeGroup E - product qualification European standard for discrete semiconductors, hermetically sealed and dieScreened in accordance with DLA MIL-PRF-19500 standard for discrete components. This is thehighest level of testing including the standard tests, the JANTXV tests, plus particle impact noisedetection, serialization, failure analysis, and traceability to a wafer lot.Screened in accordance with DLA MIL-PRF-19500 standard for discrete components. This includesthe standard tests, plus the TX power and condition tests, and a visual inspection.IR HiRel QIRL equivalent to JANS screeningIR HiRel QIRL equivalent to JANTXV screeningJANS(or SCS)JANTXV(or SCV)Specification referenceMIL-STD-750 / ESCC 5000 F4 MIL-STD-750 / ESCC 5000 F4 MIL-STD-750 / ESCC 5000 F4COTSESCC 5000 MIL-STD-750 / ESCC 5000 F4 MIL-STD-750 / ESCC 5000 F4 7

Rad hard MOSFETsStandard gate single MOSFETs (N-channel)Single rad hard standard gate N-channel MOSFETs rated from 30 V to 600 V, 100 krad to 500 krad TID in a wide range ofthrough hole and SMD package options screened to MIL-PRF-19500 and available as DLA QPLs.Part numberJEDECpart numberPackageBVDSS(V)RDS(on)@25 C(mΩ)ID @25 h RHE57Z30R52N7494U518-pin 4812251CQPL/701IRHE57034R52N7495U518-pin RHE7110R418-pin R42N7261U18-pin 422N7651U8C

Rad hard MOSFETsPart numberFamilyJEDECpart numberPackageBVDSS(V)RDS(on)@25 C(mΩ)ID @25 h AATabless 18352503BIRHMJ57160R5TO-254AATabless SMD10018352503BIRHM7160R42N7432

DLA QPL products up to MIL-PRF-19500 JANS level. Infineon is likewise renowned globally in the space community for its flight heritage, having qualified the world’s first rad hard superjunction MOSFET technology in 2012, and offering device qualification for its rad hard PowerMOS transistor portfolio per ESA ESCC 5000. Customers benefit from our unparalleled expertise in power MOSFET .